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2. Carbon monoxide and hydrogen reacts to give methanol: CO+2H2 -> CH3OH The conversion of CO entering the reactor is 20%. A feed stream consisting 33% CO, 66.5% H2, and 0.5% CHa is mixed with a recycle stream and sent to a reactor. The methanol leaving the reactor is separated and the unconverted gases are recycled. To prevent the accumulation of CH4 and keep its concentration, in the recycle stream at 3%, a portion of the recycle stream iş blown off. For 100 moles of fresh feed, determine the following: a. recycle stream (moles), b. purge stream (moles) c. composition of purge (moles) d. moles of methanol.

2. Carbon monoxide and hydrogen reacts to give methanol: CO+2H2 -> CH3OH The conversion of CO entering the reactor is 20%. A feed stream consisting 33% CO, 66.5% H2, and 0.5% CHa is mixed with a recycle stream and sent to a reactor. The methanol leaving the reactor is separated and the unconverted gases are recycled. To prevent the accumulation of CH4 and keep its concentration, in the recycle stream at 3%, a portion of the recycle stream iş blown off. For 100 moles of fresh feed, determine the following: a. recycle stream (moles), b. purge stream (moles) c. composition of purge (moles) d. moles of methanol.

Introduction to Chemical Engineering Thermodynamics
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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Chemical Engineers please help. This is a material balance.

2. Carbon monoxide and hydrogen reacts to give methanol: CO+2H2 -> CH3OH The conversion of CO entering the reactor is 20%. A feed stream consisting 33% CO, 66.5% H2, and 0.5% CHạ is mixed with a recycle stream and sent to a reactor. The methanol leaving the reactor is separated and the unconverted gases are recycled. To prevent the accumulation of CH4 and keep its concentration, in the recycle stream at 3%, a portion of the recycle stream iş blown off. For 100 moles of fresh feed, determine the following: a. recycle stream (moles), b. purge stream (moles) c. composition of purge (moles) d. moles of methanol.
Transcribed Image Text:2. Carbon monoxide and hydrogen reacts to give methanol: CO+2H2 -> CH3OH The conversion of CO entering the reactor is 20%. A feed stream consisting 33% CO, 66.5% H2, and 0.5% CHạ is mixed with a recycle stream and sent to a reactor. The methanol leaving the reactor is separated and the unconverted gases are recycled. To prevent the accumulation of CH4 and keep its concentration, in the recycle stream at 3%, a portion of the recycle stream iş blown off. For 100 moles of fresh feed, determine the following: a. recycle stream (moles), b. purge stream (moles) c. composition of purge (moles) d. moles of methanol.
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